http://incisors.wordpress.com/2008/06/19/activity-2-measuring-areas-using-greens-theorm/ Blog for AP 186 Mon, 13 Oct 2008 11:22:09 +0000 http://wordpress.com/ hourly 1 http://incisors.wordpress.com/2008/06/19/activity-2-measuring-areas-using-greens-theorm/#comment-9 jptugaff Mon, 30 Jun 2008 05:31:17 +0000 http://incisors.wordpress.com/?p=12#comment-9 Hi ma'am. :) The disparity occurs because of the "follow" command. It gets the position of the black pixel nearest the white pixel. It's similar to getting the area by counting the but the dimensions are 1 pixel larger. But green's theorem would work perfectly if the the curve is continuous and not discrete, as was the case of pixels. Hi ma’am.
The disparity occurs because of the “follow” command. It gets the position of the black pixel nearest the white pixel. It’s similar to getting the area by counting the but the dimensions are 1 pixel larger. But green’s theorem would work perfectly if the the curve is continuous and not discrete, as was the case of pixels.

]]> http://incisors.wordpress.com/2008/06/19/activity-2-measuring-areas-using-greens-theorm/#comment-8 Jing Sun, 29 Jun 2008 20:02:43 +0000 http://incisors.wordpress.com/?p=12#comment-8 Yep. That's a 10 alright. Have you found the source of disparity in the areas of the circle and triangle? Yep. That’s a 10 alright. Have you found the source of disparity in the areas of the circle and triangle?

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